CN103442104A - Mobile terminal and display control method thereof - Google Patents
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- CN103442104A CN103442104A CN2013103681448A CN201310368144A CN103442104A CN 103442104 A CN103442104 A CN 103442104A CN 2013103681448 A CN2013103681448 A CN 2013103681448A CN 201310368144 A CN201310368144 A CN 201310368144A CN 103442104 A CN103442104 A CN 103442104A
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Abstract
The invention provides a mobile terminal and a display control method thereof. The mobile terminal comprises a host module and a display module. The host module comprises a central processing unit, the display control module and a first communication module. The display module comprises a second communication module, a display screen and a sensor module. The central processing unit is respectively in electric connection with the display control module and the first communication module; the second communication module is respectively in electric connection with the display screen and the sensor module; the first communication module and the second communication module communicate with each other through wireless transmission. According to the mobile terminal and the display control method thereof, the hardware structure and display control mode of the mobile terminal are changed, and therefore development of the mobile terminal is not limited by the size of the screen, the size of a host and battery capacity any more.
Description
Technical field
The invention belongs to field of mobile terminals, particularly relate to new structure and the display control method of a kind of mobile terminal host and display screen.
Background technology
The development experience of electronic product the evolution from the large volume to the small size.Smart mobile phone for example, game terminal, palmtop PC, MP4, the mobile terminals such as panel computer, large stature from the beginning is to miniaturization, integrated especially, lightening development.
From the First mobile phone, mobile phone development has experienced the evolution from the large volume to the small size, and according to people's hobby, it is light small and exquisite that cell phone appearance becomes, and is easy to carry, and has brought a lot of facilities to the communication between people.Due to the requirement of user to aspects such as amusements, brought the fast development of nearest smart mobile phone.
In recent years, new change has appearred in the development of mobile terminal, has started again now the wind of large-size screen monitors touch-control; Mobile terminal is no longer simple communication tool, and it can meet the demand of user to aspects such as network, game, commercial affairs, has brought a lot of facilities to people's life; The function of mobile terminal is more and more, and the characteristics of thereupon bringing are that screen is increasing, and former light small and exquisite mobile terminal can not meet the more demand of current user, and mobile terminal has occurred to the situation of large-screen future development now.
This has brought new problem, and on the one hand, function is more and more various, and the processing speed of main control chip is more and more faster, and display screen is increasing, and power consumption rises rapidly thereupon.The stand-by time of mobile terminal has become short slab, is difficult to overcome.On the other hand, after promoting the capacity of battery, bring very large potential safety hazard, also made mobile terminal become very heavy, carried inconvenience.Because mobile terminal is all the palm product, too heavy words also can affect user's experience.
Need technological innovation to solve these problems.
Summary of the invention
One of purpose of the present invention is to provide a kind of mobile terminal, improves the portability of mobile terminal, makes the development of mobile terminal no longer be subject to the restriction of screen size.
Another object of the present invention is to provide a kind of mobile terminal, makes mobile terminal be convenient for carrying and uses.
Another object of the present invention is to provide a kind of terminal, improves the problem that stand-by time is limited by the battery volume.
Another object of the present invention is to provide a kind of display control method of mobile terminal, improves the enjoyment that the user uses mobile terminal, promotes the user and experiences.
The invention provides a kind of mobile terminal.Described mobile terminal comprises host module and display module, and described host module comprises CPU, display control module and first communication module; Described display module comprises second communication module, display screen and sensor assembly; Described CPU is electrically connected to display control module and first communication module respectively; Described second communication module is electrically connected to display screen and sensor assembly respectively; Described first communication module and described second communication module communicate by the mode of wireless transmission.
Preferably, described host module comprises the first power module, described the first power module respectively with described CPU, display control module and first communication module are electrically connected to; Described display module comprises the second source module, described second source module respectively with described second communication module, display screen and sensor assembly are electrically connected to.
Preferably, described sensor assembly comprises transducer and sensing signal processing module; Described sensing signal processing module is connected with described sensor electrical with described second communication module respectively.
Preferably, described transducer is contact panel; Described contact panel and described display screen stack together.
Preferably, described display screen comprises viewing area and non-display area; Signal processing circuit in described second communication module and described sensor assembly is arranged in described non-display area.
Preferably, described display module comprises spool, flexible display screen and flexible touch screen; Described flexible display screen and described flexible touch screen stack together; Described flexible display screen is connected with described spool respectively with an end of described flexible touch screen.
Preferably, described second communication module and described second source module are arranged in described spool; Described flexible display screen is electrically connected to described second communication module and described second source module respectively with described flexible touch screen.
Preferably, described sensor assembly comprises degree of depth camera, and described degree of depth camera is arranged at the marginal portion of the viewing area of described display screen.
Preferably, described display module comprises a plurality of display modules, and described a plurality of display modules comprise a plurality of second communication modules, a plurality of display screens and a plurality of sensor assembly; Described a plurality of second communication module is electrically connected to described a plurality of display screens and described a plurality of sensor assembly respectively; Described first communication module and described a plurality of second communication module communicate by wireless signal.
The invention provides a kind of display control method, comprise step: around the display screen definition position coordinate system and above display screen the defining operation layer; Operational motion the generating run actuating signal of sensing user finger on operation layer; Described operational motion signal is transferred to the CPU of mobile terminal in the mode of wireless transmission; Described CPU is carried out the data processing and is generated result data according to described operational motion signal; Described result data is converted to the picture disply data; Described picture disply data are transferred to display screen in the mode of wireless transmission to be shown.
Preferably, comprise step: set up user's operational motion instruction database and deposit the standard operation signal and corresponding operational order; Described operational motion signal and described standard operation signal are contrasted; When described operational motion signal is consistent with described standard operation signal, carries out corresponding operational order and showing screen display.
Preferably, described method comprises step: by the position coordinates in operation layer, with desktop object, set up associated; When operational motion is made in the relevant position of user's finger in operation layer, described desktop object is carried out to the operational order that described operational motion is corresponding.
Preferably, described operation layer is to be positioned at display screen top the space parallel with the face at display screen place.
Preferably, utilize the seizure of degree of depth camera and the action of recording user finger in described operation layer that is arranged on display screen peripheral.
Preferably, utilize the contact panel defining operation layer stacked with described display screen.
Preferably, described display screen is flexible display screen; Utilize the flexible touch screen defining operation layer stacked with described display screen.
Preferably, described flexible display screen is connected with spool with flexible touch screen, the electric component of described flexible display screen and described flexible touch screen and battery component, and the wireless communication electronics assembly is arranged in described spool.
Preferably, described display screen is a plurality of separate display units.
The invention provides a kind of mobile terminal, comprise CPU, display control module and first communication module; Second communication module, display screen and sensor assembly; Described sensor assembly around the display screen definition position coordinate system and at defining operation layer above display screen sensing user finger operational motion the generating run actuating signal on operation layer; Described second communication module and first communication module are transferred to CPU by described operational motion signal in the mode of wireless transmission; Described CPU is carried out the data processing and is generated result data according to described operational motion signal; Described display control module is converted to the picture disply data by described result data; Described first communication module and described second communication module transfer to display screen by described picture disply data in the mode of wireless transmission and are shown.
Preferably, described CPU is set up user's operational motion instruction database and is deposited the standard operation signal and corresponding operational order; And described operational motion signal and described standard operation signal are contrasted; When described operational motion signal is consistent with described standard operation signal, described CPU is carried out corresponding operational order deal with data and is shown on display screen.
Preferably, described CPU is set up associated by the position coordinates in operation layer with desktop object; When operational motion is made in the relevant position of user's finger in operation layer, described CPU carries out to described desktop object the operational order that described operational motion is corresponding.
Preferably, described operation layer be positioned at display screen top and parallel with the face at display screen place and space.
Preferably, described sensor assembly comprises transducer.
Preferably, described transducer is the degree of depth camera that is arranged on the non-display area of display screen, to catch and the action of recording user finger in described operation layer.
Preferably, stacked contact panel (303) the defining operation layer of described sensor assembly utilization and described display screen (104).
Preferably, described display screen is flexible display screen; Described sensor assembly comprises that the flexible touch screen stacked with described flexible display screen is with the defining operation layer.
Preferably, described flexible display screen is connected with spool with flexible touch screen, and the electric component of described flexible display screen and described flexible touch screen and battery component, wireless communication electronics assembly are arranged in described spool.
Preferably, described display screen is a plurality of separate display units.
Mobile terminal provided by the invention and display control method, changed the conventional mobile phone screen characteristics and with connected mode and the working method of main frame, make the development of mobile terminal no longer be subject to the restriction of screen size.On the one hand, display screen and assembly thereof can be used as an independently assembly, the Sales Channel that comes into the market, the user can be as required for mobile phone configures various screen, folding screen for example, flexible can around screen etc., be easy to carry; On the other hand, the mobile terminal that adopts the present invention to design can be lighter, and for example the mobile terminal host part can be placed in bag, can be placed in pocket, also can be placed on family, and the user only need take out display screen component and operated, bring different user to experience.Moreover the user also can be for mobile phone configures a plurality of screens simultaneously, a plurality of screens operation mutually are independent of each other, and in the family, only need like this to place a host component that the deal with data ability is enough strong, utilize wireless communication module communication, just can allow a plurality of screens use simultaneously.
In addition, adopting the mobile terminal of the present invention's design can be communication tool, can be also the platform removable computer, can be also home theater.More convenient operation, freer, bring better recreation experience to the user.
The accompanying drawing explanation
By the description to embodiment of carrying out below in conjunction with accompanying drawing, these and/or otherwise advantage of the present invention will become obvious and easier to understand, in the accompanying drawings:
Figure 1A shows the structured flowchart of mobile terminal of the present invention.
Figure 1B shows the structured flowchart of another embodiment of mobile terminal of the present invention.
Fig. 2 shows the block diagram of the display module of mobile terminal of the present invention.
Fig. 3 A shows the vertical view of display module first embodiment of mobile terminal of the present invention.
Fig. 3 B shows the sectional view of the first embodiment of the display module of mobile terminal of the present invention.
Fig. 4 shows the schematic perspective view of the second embodiment of the display module of mobile terminal of the present invention.
Fig. 5 shows the flow chart of an embodiment of the display control method of mobile terminal of the present invention.
Fig. 6 shows the flow chart of another embodiment of the display control method of mobile terminal of the present invention.
Embodiment
Hereinafter in connection with accompanying drawing, describe current embodiment of the present invention in detail.Wherein identical label represents identical object.Describe embodiment below with reference to accompanying drawing and explain the present invention.Although it should be noted in the discussion above that respectively and separately be described for different embodiment, description is just simple and clear for what describe like this, when concrete enforcement is of the present invention, can mutually combine by several embodiment.So the technical characterictic of describing in following embodiment or the combination of technical characterictic should not be considered to isolate, thereby they can mutually be combined and be mutually combined and are reached better technique effect.
Figure 1A shows the structured flowchart of mobile terminal of the present invention.As shown in Figure 1, mobile terminal of the present invention comprises two parts, i.e. host module 100 and display module 200.These two parts are separate from hardware.This is its place that is different from existing most mobile terminal.Should be understood that, said separate here, hardware entities, that is to say that host module 100 does not have being connected of entity each other with display module 200, on external form, is separated from each other in other words.Certainly, the operation principle aspect that it is inherent, these two parts need to be by the transmitting and receiving of electromagnetism or optical signalling, and virtual connection occurs in detect and control etc.
As shown in Figure 1A, mobile terminal of the present invention comprises host module 100 and display module 200, and described host module 100 comprises CPU 101, display control module 102 and first communication module 103; Described display module 200 comprises second communication module 106, display screen 104 and sensor assembly 105; Described CPU 101 is electrically connected to display control module 102 and first communication module 103 respectively; Described second communication module 106 is electrically connected to display screen 104 and sensor assembly 105 respectively; Described first communication module 103 communicates with the mode of described second communication module 106 by wireless transmission.
It should be noted that, mobile terminal of the present invention can be smart mobile phone, panel computer, palmtop PC, individual palm assistance, digital camera, MP4, the smart electronics products such as handheld game.
Described first communication module 103 is arranged in host module 100, described second communication module 106 is arranged in display module 200, described first communication module 103 communicates by wireless signal with second communication module 106, for example can adopt Bluetooth Communication Technology, near-field communication technology (NFC, near field communication) or radio-frequency technique etc. are integrated in corresponding integrated circuit and peripheral circuit in host module 100 and display module 200; In other embodiments, can also pass through GSM, CDMA, WCDMA, CDMA2000, TD-SCDMA, or the communication technology such as LTE is integrated in corresponding integrated circuit and peripheral circuit in host module 100 and display module 200.Should be understood that, the communication mode between first communication module 103 and second communication module 106 is not limited to above-mentioned several communication technologys of enumerating, as long as can make between host module and display module, can carry out radio communication.Due to integrated first communication module 103 and the second communication module 106 that can carry out radio communication in host module 100 and display module 200, in this case, host module 100 can become two independently parts with display module 200 on entity morphology, can combine.This can bring great convenience to the design and use of mobile terminal.For example, host module 100 can no longer be confined to size, battery capacity, radiating effect etc. technical limitations, can design that arithmetic speed is faster, build is larger, the better main frame of radiating effect, people are the main frame that carries next to the skin again, can be placed on main frame in the bag of carrying, this has also promoted fail safe (event that in the prior art, the battery explosion of mobile terminal is hurted sb.'s feelings happens occasionally) simultaneously.People, when using mobile terminal, can only take out display module 200 to get final product, and this can make mobile terminal seem more intelligent, to people, brings fresh experience.
As shown in Figure 1A, in display module 200, display screen 104 and sensor assembly 105 are electrically connected to second communication module 106 respectively.Wherein, the operational motion of sensor assembly 105 sensing user, and a corresponding signal of telecommunication is converted to the operational motion signal is transferred to second communication module 106, second communication module 106 is transferred to first communication module 103 to described operational motion signal in the mode of wireless transmission.And, in host module 100, first communication module 103 is electrically connected to described CPU 101, and the operational motion signal received is transferred to CPU 101; 101 pairs of described operational motion signals of CPU are processed, and result is transferred to the display control module 102 be electrically connected to it, described result is converted to the picture disply signal that is applicable to picture disply.Described display control module 102 is transferred to display screen 104 to described picture disply signal by first communication module 103 and second communication module 106 and is shown.
In other embodiments, transducer can also be the biology sensors such as fingerprint identifier, face or iris identification inductor.Biology sensor comprises molecular indicator, transducer, and detector.Biology sensor can be for finger, the face that obtains the user, or the coordinate of eyes, and finger, face, or the eyes instruction of sending.
In the above-described embodiments, display control module 102 is to be integrated in host module 100.Should be understood that, display control module 102 also can be selected to be integrated in display module 200.Those of ordinary skill in the art can convert combination according to the technological thought disclosed in this specification.
Figure 1B shows the structured flowchart of another embodiment of mobile terminal of the present invention.As shown in Figure 1B, preferably, described host module 100 further comprises the first power module 107, described the first power module 107 respectively with described CPU 101, display control module 102 and first communication module 103 is electrically connected to; Described display module 200 further comprises second source module 108, described second source module 108 respectively with described second communication module 106, display screen 104 and sensor assembly 105 is electrically connected to.
In this embodiment, host module 100 arranges separately respectively independently power supply with display module 200, on the one hand, can make the stand-by time of host module and display module 200 become longer, on the other hand, some can be set on display module 200 and control button or other control functions, to reduce the data process load of host module 100, on the other hand, facilitate the user directly to carry out some control operations by display module 200.
Fig. 2 shows the another structured flowchart of the display module 200 of mobile terminal of the present invention.As shown in Figure 2, sensor assembly 105 comprises transducer 1051 and sensing signal processing module 1052; Described sensing signal processing module 1052 is electrically connected to described second communication module 106 and described transducer 1051 respectively.Should be understood that, sensor assembly 105 described in the present invention had both comprised electric component (hardware circuit, senser element), and for example transducer 1051, also comprise with described electric component and carry out collaborative work, driven or software or the algorithm of trap signal and identification signal.Described sensing signal processing module 1052 is filtered by the signal of telecommunication to sensing on transducer 1051, denoising, and be converted to the signal that can be identified by CPU.In the present embodiment, described sensing signal processing module 1052 is arranged in display module 200 and directly is electrically connected to transducer 1051, and this can obtain user's operational motion signal more accurately.Should be understood that, described sensing signal processing module 1052 also can be arranged in host module 100, the signal that CPU that like this can be stronger by signal handling capacity senses transducer is processed and is identified, and reduces the load of communicating by letter between first communication module 103 and second communication module 106.
Fig. 3 A and Fig. 3 B show the schematic diagram of the first embodiment of the display module 200 of mobile terminal of the present invention.Wherein Fig. 3 A shows the vertical view of display module 200, and Fig. 3 B shows the profile of display module 200.Described display module 200 comprises transducer 1051, and in the present embodiment, described transducer 1051 is specially contact panel 303.Described display module 200 comprises contact panel, display screen 104, and wherein said contact panel 303 stacks together with display screen 104.Display screen 104 comprises viewing area 301 and non-display area 302; Contact panel 303 bonds together by transparent bonding layer 304 and display screen 104.Described transparent bonding layer 304 can be optical cement OCA(Optical Clear Adhesive), can be also other transparent binding materials.Wherein contact panel 303 can be transparent capacitance type touch-control panel or electric resistance touch-control panel, or the contact panel of other types, infrared sensing formula for example, mechanics formula etc.Take transparent capacitance type touch-control panel as example, for example can on a transparent substrate of glass, deposit crisscross ITO electrode material layer, wherein ITO electrode material and horizontal ITO electrode material mutually insulated longitudinally, so can form capacitance type touch-control panel 303.Perhaps on the two sides of a substrate of glass, deposit respectively the electrode material layer of direction in length and breadth and form contact panel 303.There are in the prior art a lot of patent documentations to describe how to manufacture contact panel, repeat no more herein.
In addition, in the present embodiment, described display screen 104 comprises viewing area 301 and non-display area 302; Described second communication module 106 is arranged in described non-display area (302) with the signal processing circuit in described sensor assembly 105, in addition, the circuit that loads battery and power management can be set at the back side of display screen 104, can in the situation that do not affect display effect and the stand-by time of display screen, guarantee the frivolous of display screen so simultaneously.
Fig. 4 shows second embodiment of the display module 200 of mobile terminal of the present invention.As shown in Figure 4, described display module 200 comprises spool 401, flexible display screen 404 and flexible touch screen 403; Described flexible display screen 404 stacks together with described flexible touch screen 403; Described flexible display screen 404 is connected with described spool 401 respectively with an end of described flexible touch screen 403.In this embodiment, flexible display screen 404 can be manufactured by the organic light emitting display technology.For example deposition oxide semiconductor thin-film transistor on a flexible substrates then deposits OLED on thin-film transistor, forms flexible display screen.In prior art, there are many pieces of patents to disclose how to make flexible display screen, repeat no more herein.Flexible touch screen 403 can adopt the transparent ITO electrode pattern of making on flexible substrate, it can be for example crisscross transparent ITO electrode assembly, and the ITO electrode assemblie of vertical and horizontal is insulated from each other, form flexible touch screen action in the screen surface with sensing finger or conductor.Adopt flexible touch screen 403 and the flexible display screen 404 of said structure to be electrically connected on other treatment circuits by FPC, and in the mode of bonding, one end of flexible touch screen 403 and flexible display screen 404 is bonded on spool 401.Wherein, flexible touch screen 403 and flexible display screen 404 can be by transparent optical cement OCA(Optical Clear Adhesive) mutually be bonded together, and can be wound on spool 401.In addition, flexible touch screen 403 can be to be bonded together by OCA is overlapping with flexible display screen 404, the situation of separating shown in Figure 4 just in order to illustrate its structure, is that flexible touch screen 403 is overlapping being bonded together with flexible display screen 404 at Practical manufacturing.In this embodiment, the transducer 1051 in display module 200 is described flexible touch screen 403, and just for convenience of description, the present embodiment adopts different numbering 1051 and 403 when describing.
In addition, in the present embodiment, preferably, described second communication module 106 is arranged in described spool 401 with described second source module 108; Described flexible display screen 404 and described flexible touch screen 403 respectively with described second communication module 106 and described second source module 108 by flexible PCB FPC(Flexible Printed Circuit) be electrically connected to.Adopt the mode of spool and flexible display screen and flexible touch screen combination to realize display module 200 of the present invention, can so that the user to carry mobile terminal convenient.Because general mobile terminal display module is all hard panel, the display module that adopts this flexibility to make around mode is more novel, can bring better science and technology to experience to the user.In addition, because the existence of spool can have more spaces to settle electric component for example second communication module 106 and second source module 108.In addition, second source module 108 comprises battery and is electrically connected to battery for managing the circuit board of battery charging and discharging, and described battery and circuit board all can be arranged among spool.
In other embodiments, described sensor assembly 105 comprises degree of depth camera, and as shown in Figure 3A, described degree of depth camera is arranged at the 301 marginal portion, viewing area 302 of described display screen 104.By described degree of depth camera, made a video recording in the zone of display screen 104 tops, catch the image of finger activity above display screen 104 of user, thereby determine the coordinate of user's finger and the action that the user makes, thereby obtain the operational motion signal of user at display screen.Marginal portion 302 can be set to non-display area, and the second communication module 106 described in above, and the control circuit of degree of depth camera, and other connect wires etc. and are laid in marginal portion 302.In other embodiments, also a plurality of degree of depth camera sensing user operational motions can be set in 301 marginal portion, the viewing area of display screen 104 302, the position coordinates of identification user finger is also proofreaied and correct confirmation.。
It should be noted that in addition, in the above-described embodiments, display module 200 is described as a module.Should be understood that, when enforcement is of the present invention, a plurality of separate display modules 200 can be set, communicate independently with mutual with host module 100 respectively.Certainly, when display module 200 is designed to a plurality of independently display module 200, described a plurality of independently display modules 200 should comprise a plurality of second communication modules 106, a plurality of display screens 104 and a plurality of sensor assembly 105; Described a plurality of second communication module 106 is electrically connected to described a plurality of display screens 104 and described a plurality of sensor assembly 105 respectively; Described first communication module 103 communicates by wireless signal with described a plurality of second communication modules 106 respectively.
When adopting a plurality of display module 200, display screen can be designed to windable, or foldable display screen, or a plurality of independently display screen communicates with host module 100 respectively and mutual independently.Above-mentioned windable display screen, folding display screen can be realized fully, for example development of Electronic Paper, the perhaps development of organic light emitting display technology, these all can be realized fully, only are limited to the prior art level, and the yield that factory manufactures the said goods has much room for improvement.Adopt this design further to change traditional application mode of display screen, it is more convenient to people, to bring, and for example people are at sharing data, and when obtaining host services, can be more convenient.And such mobile terminal cost can be lower, such as operational capability and Geng Gao hardware configuration that can be higher host module 100, the crowd of some can share such host module 100 in certain spatial dimension, thereby saves more costs.
The present invention also provides a kind of display control method.It should be noted that, when describing method embodiment, the noun of mentioning or term have identical or approximate implication with the description in above-described embodiment, but should do not understood by inflexible yet, for example, when being described to some parts or action, may jointly be completed by hardware and corresponding software or algorithm, or comprise the part of corresponding hardware and software.Simple and clear for what describe, in subordinate embodiment, relevant definition is repeated no more.
Fig. 5 shows the schematic flow sheet of display control method of the present invention.Described display control method comprises step:
601: around the display screen definition position coordinate system and above display screen the defining operation layer; It should be noted that, so-called operation layer refers to that the user points while operating in certain space, user's operational motion can be by the space of transducer sensing definite coordinate position or track, for example, in the embodiment of foregoing description mobile terminal, when described transducer 1051 adopts contact panel 303 to realize, described operation layer can be considered the space at contact panel 303 places; When described transducer 1051 adopts flexible touch screen 403 to realize, described operation layer can be considered the space at flexible touch screen 403 places; When described transducer 1051 adopts degree of depth cameras to realize, what described operation layer can be considered display screen 104 tops can be captured and calculate by the degree of depth camera space of track.In addition, the Zhong position, space of the position, particularly user's finger manipulation layer around display screen is defined by transducer.For example contact panel 303 carries out coordinatograph to each point on panel, gives the two-dimensional coordinate value to the position of every bit.Should be understood that, the definition coordinate system is by transducer hardware and corresponding controls software, and CPU or touch-control IC define together.
602: operational motion the generating run actuating signal of sensing user finger on operation layer;
603: described operational motion signal is transferred to the CPU of mobile terminal in the mode of wireless transmission; As described in above-mentioned enforcement, can, by being arranged on the first communication module 103 in host module 100 and being arranged on the second communication module 106 in display module 200, realize the radio communication between host module 100 and display module 200.
604: described CPU is carried out the data processing and is generated result data according to described operational motion signal;
605: described result data is converted to the picture disply data;
606: described picture disply data are transferred to display screen in the mode of wireless transmission and shown; In this step, the picture disply data transfer to display screen in the mode of wireless transmission and are shown, also can adopt flexible mode, for example first by described result data by wireless way for transmitting to display screen, and by the display control module arranged on display screen, described result data is converted to the picture disply data and transfers to display screen and shown.Should be understood that, the order in above-mentioned steps should not understood by inflexible, can realize showing not according to said sequence transmission and the control of data yet.
Adopt above-mentioned display control method, can realize host module 100 and display module 200 separating on entity is connected, can bring fresh demonstration to experience to the user, stay the more space of more options also can to the design of mobile terminal, for example break through the restriction of mobile terminal host size, improve capacity and the stand-by time of battery, promote fail safe etc.
Fig. 6 shows another embodiment of display control method of the present invention.This embodiment is the further improvement to previous embodiment.As shown in Figure 6, described display control method comprises step:
701: set up user's operational motion instruction database to deposit standard operation signal and corresponding operational order; Should be noted that, described operational motion instruction database can User operational motion commonly used and carry out sampling analysis after determine, also can by user oneself, be customized according to user habit, perhaps by CPU, user's operational motion is remembered, thus standard operation signal and the corresponding operational order of definite various user's operational motion instruction;
702: described operational motion signal and described standard operation signal are contrasted;
703: judge that whether described operational motion signal is consistent with described standard operation signal, if unanimously perform step 704, if inconsistent end operation;
704: carry out corresponding operational order and showing screen display.
Preferably, in described display control method, by the position coordinates in operation layer, with desktop object, set up associated; When operational motion is made in the relevant position of user's finger in operation layer, described desktop object is carried out to the operational order that described operational motion is corresponding.Described desktop object comprises the application icon on desktop.
Preferably, in aforementioned display control method, described operation layer is to be positioned at display screen top the space parallel with the face at display screen place.For example, the space at contact panel place in previous embodiment, the space at flexible touch screen place, or transducer is while adopting degree of depth camera as transducer, and described operation layer is above display screen and the space parallel with display screen place face.
Preferably, in display control method of the present invention, utilize the degree of depth camera that is arranged on display screen peripheral to catch and the action of recording user finger in described operation layer.
The present invention also provides a kind of mobile terminal.Mobile terminal described below and Figure 1A, Figure 1B, Fig. 2, Fig. 3 A, Fig. 3 B, the mobile terminal of describing in Fig. 4 and corresponding text description is identical or approximate.Difference is, aforementioned description is laid particular stress on hardware is formed and the description of annexation, and following description will more lay particular stress on the description of signal transmission and operation aspect.
Mobile terminal of the present invention comprises CPU 101, display control module 102 and first communication module 103; Second communication module 106, display screen 104 and sensor assembly 105; Described sensor assembly 105 around display screen 104 the definition position coordinate system and above display screen 104 defining operation layer operational motion the generating run actuating signal of sensing user finger on operation layer; Described second communication module 106 and first communication module 103 are transferred to CPU 101 by described operational motion signal in the mode of wireless transmission; Described CPU 101 is carried out the data processing and is generated result data according to described operational motion signal; Described display control module 102 is converted to the picture disply data by described result data; Described first communication module 103 and described second communication module 106 transfer to display screen 104 by described picture disply data in the mode of wireless transmission and are shown.
Preferably, described CPU 101 is set up user's operational motion instruction database and is deposited the standard operation signal and corresponding operational order; And described operational motion signal and described standard operation signal are contrasted; When described operational motion signal is consistent with described standard operation signal, described CPU 101 is carried out corresponding operational order deal with data and is shown on display screen.
Preferably, described CPU 101 is set up associated by the position coordinates in operation layer with desktop object; When operational motion is made in the relevant position of user's finger in operation layer, 101 pairs of described desktop objects of described CPU are carried out the operational order that described operational motion is corresponding.
Preferably, described operation layer is to be positioned at display screen top the space parallel with the face at display screen place.
Preferably, described sensor assembly 105 comprises transducer 1051, and described transducer 1051 is the degree of depth camera that is arranged on the non-display area 302 of display screen 104, to catch and the action of recording user finger in described operation layer.
Preferably, described sensor assembly 105 utilizes the contact panel 303 defining operation layers stacked with described display screen 104.Preferably, described display screen 104 is flexible display screen 404; Described sensor assembly 105 comprises that the flexible touch screen 403 stacked with described flexible display screen 404 is with the defining operation layer.Preferably, described flexible display screen 404 is connected with spool 401 with flexible touch screen 403, and described flexible display screen 404 is arranged in described spool 401 with electric component and battery component, the wireless communication electronics assembly of described flexible touch screen 403.Preferably, described display screen 104 is a plurality of separate display units, for example can be arranged to flexible, the folding and display screen that can be independently communicates and show with host module 100.
Mobile terminal provided by the invention and display control method, changed the conventional mobile phone screen characteristics and with connected mode and the working method of main frame, make the development of mobile terminal no longer be subject to the restriction of screen size.On the one hand, display screen and assembly thereof can be used as an independently assembly, the Sales Channel that comes into the market, the user can be as required for mobile phone configures various screen, folding screen for example, flexible can around screen etc., be easy to carry; On the other hand, the mobile terminal that adopts the present invention to design can be lighter, and for example the mobile terminal host part can be placed in bag, can be placed in pocket, also can be placed on family, and the user only need take out display screen component and operated, bring different user to experience.Moreover the user also can be for mobile phone configures a plurality of screens simultaneously, a plurality of screens operation mutually are independent of each other, and in the family, only need like this to place a host component that the deal with data ability is enough strong, utilize wireless communication module communication, just can allow a plurality of screens use simultaneously.
In addition, adopting the mobile terminal of the present invention's design can be communication tool, can be also the platform removable computer, can be also home theater.More convenient operation, freer, bring better recreation experience to the user.
Although shown some embodiments of the present invention, art technology user person should be understood that and can be changed embodiment in the situation that do not break away from spirit of the present invention.Above-described embodiment is exemplary, should not using the restriction of embodiments of the invention as interest field of the present invention.
Claims (22)
1. a mobile terminal, comprise host module (100) and display module (200), it is characterized in that, described host module (100) comprises CPU (101), display control module (102) and first communication module (103); Described display module (200) comprises second communication module (106), display screen (104) and sensor assembly (105); Described CPU (101) is electrically connected to display control module (102) and first communication module (103) respectively; Described second communication module (106) is electrically connected to display screen (104) and sensor assembly (105) respectively; Described first communication module (103) communicates with the mode of described second communication module (106) by wireless transmission.
2. mobile terminal according to claim 1, it is characterized in that, described host module (100) also comprises the first power module (107), described the first power module (107) respectively with described CPU (101), display control module (102) and first communication module (103) are electrically connected to; Described display module (200) also comprises second source module (108), described second source module (108) respectively with described second communication module (106), display screen (104) and sensor assembly (105) are electrically connected to.
3. mobile terminal according to claim 1, is characterized in that, described sensor assembly (105) comprises transducer (1051) and sensing signal processing module (1052); Described sensing signal processing module (1052) is electrically connected to described second communication module (106) and described transducer (1051) respectively.
4. mobile terminal according to claim 3, is characterized in that, described transducer (1051) is contact panel (303); Described contact panel (303) stacks together with described display screen (104).
5. mobile terminal according to claim 1, is characterized in that, described display screen (104) comprises viewing area (301) and non-display area (302); Described second communication module (106) is arranged in described non-display area (302) with the signal processing circuit in described sensor assembly (105).
6. mobile terminal according to claim 2, is characterized in that, described display module (200) comprises spool (401), flexible display screen (404) and flexible touch screen (403); Described flexible display screen (404) stacks together with described flexible touch screen (403); Described flexible display screen (404) is connected with described spool (401) respectively with an end of described flexible touch screen (403).
7. mobile terminal according to claim 6, is characterized in that, described second communication module (106) is arranged in described spool (401) with described second source module (108); Described flexible display screen (404) is electrically connected to described second communication module (106) and described second source module (108) respectively with described flexible touch screen (403).
8. mobile terminal according to claim 1, is characterized in that, described sensor assembly (105) comprises degree of depth camera, and described degree of depth camera is arranged at the marginal portion (302) of the viewing area (301) of described display screen (104).
9. mobile terminal according to claim 1, it is characterized in that, described display module (200) comprises a plurality of display modules (200), described a plurality of display module (200) comprises a plurality of second communication modules (106), a plurality of display screens (104) and a plurality of sensor assembly (105); Described a plurality of second communication module (106) is electrically connected to described a plurality of display screens (104) and described a plurality of sensor assembly (105) respectively; Described first communication module (103) communicates by wireless signal with described a plurality of second communication modules (106).
10. the display control method of a mobile terminal comprises step:
Around the display screen definition position coordinate system and above display screen the defining operation layer;
Operational motion the generating run actuating signal of sensing user finger on operation layer;
Described operational motion signal is transferred to the CPU of mobile terminal in the mode of wireless transmission;
Described CPU is carried out the data processing and is generated result data according to described operational motion signal;
Described result data is converted to the picture disply data;
Described picture disply data are transferred to display screen in the mode of wireless transmission to be shown.
11. the display control method of mobile terminal according to claim 10, is characterized in that, comprises step:
Set up user's operational motion instruction database and deposit the standard operation signal and corresponding operational order;
Described operational motion signal and described standard operation signal are contrasted;
When described operational motion signal is consistent with described standard operation signal, carries out corresponding operational order and showing screen display.
12. the display control method of mobile terminal according to claim 10, is characterized in that, comprises step: set up associated by the position coordinates in operation layer with desktop object;
When operational motion is made in the relevant position of user's finger in operation layer, described desktop object is carried out to the operational order that described operational motion is corresponding.
13. the display control method of mobile terminal according to claim 10, is characterized in that, described operation layer is to be positioned at display screen top the space parallel with the face at display screen place.
14. the display control method of mobile terminal according to claim 13, is characterized in that, utilizes the degree of depth camera that is arranged on display screen peripheral to catch and the action of recording user finger in described operation layer.
15. a mobile terminal, is characterized in that, comprises CPU (101), display control module (102) and first communication module (103); Second communication module (106), display screen (104) and sensor assembly (105); Described sensor assembly (105) display screen (104) on every side the definition position coordinate system and at display screen (104) top defining operation layer sensing user finger operational motion the generating run actuating signal on operation layer; Described second communication module (106) and first communication module (103) are transferred to CPU (101) by described operational motion signal in the mode of wireless transmission; Described CPU (101) is carried out the data processing and is generated result data according to described operational motion signal; Described display control module (102) is converted to the picture disply data by described result data; Described first communication module (103) and described second communication module (106) transfer to display screen (104) by described picture disply data in the mode of wireless transmission and are shown.
16. mobile terminal according to claim 15, is characterized in that, described CPU (101) is set up user's operational motion instruction database and is deposited the standard operation signal and corresponding operational order; And described operational motion signal and described standard operation signal are contrasted; When described operational motion signal is consistent with described standard operation signal, described CPU (101) is carried out corresponding operational order deal with data and is shown on display screen.
17. mobile terminal according to claim 15, is characterized in that, described CPU (101) is set up associated by the position coordinates in operation layer with desktop object; When operational motion is made in the relevant position of user's finger in operation layer, described CPU (101) carries out to described desktop object the operational order that described operational motion is corresponding.
18. mobile terminal according to claim 15, is characterized in that, described operation layer is to be positioned at display screen top the space parallel with the face at display screen place.
19. mobile terminal according to claim 15, it is characterized in that, described sensor assembly (105) comprises transducer (1051), and described sensor assembly (105) utilizes contact panel (303) the defining operation layer stacked with described display screen (104).
20. mobile terminal according to claim 15, is characterized in that, described display screen (104) is flexible display screen (404); Described sensor assembly (105) comprises that the flexible touch screen (403) stacked with described flexible display screen (404) is with the defining operation layer.
21. mobile terminal according to claim 20, it is characterized in that, described flexible display screen (404) is connected with spool (401) with flexible touch screen (403), and described flexible display screen (404) is arranged in described spool (401) with electric component and battery component, the wireless communication electronics assembly of described flexible touch screen (403).
22. mobile terminal according to claim 15, is characterized in that, described display screen (104) is a plurality of separate display units.
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